Thoracic Spine Flashcards

1
Q

dense layers of collagen fibers and fibrocartilage

fibers in any one layer are parallel and angled around 60-65 deg to the axis of the spine

A

annulus fibrosis

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2
Q

central portion is gelatinous with proteoglycans, which have a great affinity for water

helps distribute pressure evenly throughout the disk and during load

A

nucleus pulposus

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3
Q

cover the nucleus pulposus superiorly and inferiorly

cartilaginous and each is circled by apophyseal ring of vertebral body

A

end plates

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4
Q

causes of mm strains/ ligament sprains in T-spine

A

lifting, overuse, and/or direct trauma

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5
Q

Treatment for strains/sprains:

A
  • decrease pain and swelling initially
  • STM
  • joint mobilization
  • seated ROM
  • prone strengthening
  • seated rotations with or without ball
  • postural re-ed
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6
Q

excessive loading or chronic loading of intervertebral disc. Rare in T-spine, but does occur.

caused by trauma, degenerative process, chronic postural dysfunction

A

Herniated nucleus pulposus

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7
Q

Tx for herniated nucleus pulposus:

A
  • postural re-ed
  • joint mobs
  • traction
  • dynamic postural exercise

surgery :(

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8
Q

Post-surgical treatment for herniated nucleus pulposus

A
  • log rolling and BLTs
  • bracing TLSO
  • scar mobilization
  • TA brace exercise
  • dynamic stabilization exercises
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9
Q

excessive posterior convexity of the thoracic spine

pain: stress on the posterior longitudinal ligament and chronic adaptive lengthening of the erector spinae musculature

A

kyphosis

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10
Q

TX for kyphosis

A
  • postural re-ed
  • pec stretching
  • prone erector exercises
  • rhomboid, mid, and lower trap exercises
  • may require brace application
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11
Q

fracture of the vertebral body or end plates due to excessive axial compression loads

caused by trauma, or osteoporosis with progressive degeneration, common with progressive kyphosis

A

compression fractures

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12
Q

Tx for compression fractures after 6 weeks or post op

A
  • stretch and strengthen

- postural re-ed

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13
Q

lateral curvature of the spinal structures

A

scoliosis

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14
Q

_____ scoliosis is irreversible

A

structural

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15
Q

______ scoliosis is reversible or can be slowed

A

non-structural

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16
Q

_____ scoliosis may require a brace worn 24 hrs a day, may require surgery (Harrington Rods).

We must increase mobility, strength to reduce pain for ADLs

A

structural

17
Q

______ scoliosis tx: stretch muscles on concave side, strengthen convex side

manual techniques for correction, and must have mobility to allow for therex intervention

A

non-structural

18
Q

region along pathway of the brachial plexus from just distal to the nerve roots exiting the intervertebral foramen to the lower border of the axilla

A

thoracic outlet

19
Q

thoracic outlet borders:

medial =
posteriorly =
anteriorly =
laterally =

A

medial = scalenus anterior, and posterior and the first rib

posteriorly = upper trapezius and scapula

anteriorly = clavicle, coracoid, pec minor, and deltopectoral fascia

laterally = axilla

20
Q

compression of the neurovascular bundle resulting in UE pain and neurovascular compromise

A

thoracic outlet syndrome TOS

21
Q

test: pt stands and abducts the arms to 90 deg, laterally rotates the shoulder, and flexes the elbow to 90 deg so that elbows are slightly behind the frontal plane. pt then opens and closes hands slowly for 3 minutes

+ if pt suffers ischemic pain, heaviness, weakness, numbness and tingling in arm and hand or is unable to keep arms up

A

Roos Test for TOS

22
Q

examiner flexes the pts elbow to 90 deg while the shoulder is extended horizontally and rotated laterally. pt then rotates the head away from test side. examiner palpates radial pulse

if pulse becomes absent +

A

modified wright test for TOS

23
Q

examnier locates radial pulse

pts head is rotated to face the test shoulder. pt extends head while examiner laterally rotates and extends shoulder. pt takes deep breath and holds it
+ if pulse disappears

A

Adson Maneuver test for TOS